Parimal

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Parimal

Parimal

@Fintech03

Professionally: Scaling payment agents for the machine economy. Personally: Ancient Indian knowledge system student. Reach-outs: [email protected]

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@NetizenHind
@NetizenHind@netizenhind·
This Bharatiya science storyteller is one of the best handles on X! Hope you are all reading his posts 🙏🏽 @ARanganathan72 @kushal_mehra @mairal @ProfVemsani @subhash_kak @RajVedam1 @aravind @VamseeJuluri @sanjoychakra @ThinkinHashtag
Parimal@Fintech03

The name sounds like an elite British country club brand, designed for lords hunting in the Scottish mist. But the truth is far more fierce. It was born in the suffocating, dripping darkness of a British prison cell, baptized in the fury of the Indian monsoon, & built by a family that refused to let an empire monopolize the sky. In the early 1910s, a brilliant 20 something Indian nationalist named Surendra Mohan Bose returned to Bengal. He was not an ordinary youth; he had traveled across the oceans, earning degrees in chemistry from Stanford & Berkeley. But instead of taking a lucrative job under the British Raj, he joined the underground Swadeshi movement. The British state quickly branded him a rebel. He was thrown into the bleak, damp cells of Hamirpur Jail. As the relentless monsoon battered the iron bars of his cell, Surendra watched a heartbreaking sight. Indian soldiers & postmen, forced to serve the colonial machine, were marching through torrential downpours with absolutely no protection. They were shivering, drenched to the bone, & coughing up blood from pneumonia. The British imported high-grade waterproof trench coats exclusively for European officers. To the Raj, Indian lives were cheaper than a yard of treated canvas. They had colonized the land, & now, they had monopolized the clouds. Behind those prison bars, listening to the thunder rattle his cell, Surendra swore a silent, burning oath: He would weaponize the rain. When he was finally released, Surendra did not have capital/a factory/blueprints. All he had was a chemist's brain & a fierce rage. In 1920, inside a cramped, suffocating outhouse on Nazar Ali Lane in South Calcutta, he huddled with his 3 brothers: Ajit, Jogendra, & Bishnupada. Their mission? To fuse raw rubber to cotton fabric to repel water. In the 1920s, working with raw rubber in the tropical heat of Bengal was a nightmare. The rubber would melt into a sticky, foul-smelling glue in July & crack like brittle glass in December. Day after day, the brothers inhaled toxic chemical fumes, blind-testing formulas on a makeshift boiling stove. Neighboring businesses mocked them. "The British have massive mills in Manchester," they sneered. "How can 4 Bengali boys in a shed stop the monsoon?" The brothers did not reply. They just stoked the fire. Finally, they perfected a secret, grueling vulcanization technique. They realized that if treated properly, water would roll off a human’s back exactly as it does from a duck’s oily feathers. They called it "The Duckback Process." In 1940, they formally incorporated as Bengal Waterproof Limited. They did not just sell rainwear; they slapped a defiant warning on every single box: "Entirely Indian... Indian capital, Indian labour, Indian materials, & Indian brain." When the 2nd World War broke out, the British military desperately needed waterproof gear for the jungle warfare in Burma. They looked around & realized the only factory capable of producing indestructible, tropical-grade waterproofs was Bengal Waterproof. The very empire that had jailed Surendra was now forced to beg his family for protection against the rain. For the next 50 yrs, Duckback became the literal armor of the Indian middle class. You could not navigate an Indian life w/o the distinct, heavy, comforting smell of a Duckback product. If your family went on a vacation on a steam-engine train, your mattress & pillows were rolled into a massive, rugged canvas Duckback Railway Holdall, strapped tight with thick leather belts. If a family member had a burning fever, a blue rubber Duckback ice-bag was placed on their forehead. & every June, millions of Indian children were packed off to school in heavy, dark-blue/Khaki Duckback raincoats with matching hoods. We walked to school looking like a marching army of shiny black beetles, completely impervious to the cloudbursts, smelling of industrial rubber and freedom. But as the 1990s bled into the 2000s, a silent tragedy struck. The Indian economy opened up. Cheap, feather-light, neon-colored nylon windbreakers & disposable plastic umbrellas from China flooded the streets. To a new generation, Duckback’s heavy, indestructible rubber looked archaic, clunky, & old-fashioned. The company slid into severe financial crisis, choked by debts. The pioneering Bose family eventually lost control of the empire they had built from a prison cell. Most iconic brands would have died there, buried in the graveyard of corporate history. But a brand born in a jail cell does not surrender to the passage of time. Duckback underwent a quiet, brilliant metamorphosis. They realized that while civilians wanted flimsy, colorful plastics, the protectors of the nation needed something that could survive hell. Today, reborn as Duckback India, the company has retreated from the flashy mall storefronts & gone deep into the shadows where it all began, the defense forces. Step into the high-altitude bases of Siachen/the secret naval docks of Vizag, & you will find Duckback. They are the ones manufacturing the pressurized G-suits for Indian Air Force fighter pilots, specialized submarine escape suits, & heavy-duty inflatable tactical boats for Navy commandos. They went back to the barracks to protect the soldiers Surendra Mohan Bose wept for a 100 yrs ago. Duckback did not survive because of foreign investment/Western machinery. It survived because 4 brothers were willing to inhale toxic fumes in a Calcutta shed, challenge the technological monopoly of the British Empire, & teach a colonized nation how to walk through a storm with their heads held high. The next time the sky turns the color of bruised iron & the power cuts out, listen closely to the rhythm of the raindrops hitting our window; for somewhere in the static of the storm, the phantom click of a vintage Duckback button is fastening itself, reminding us that long before we learned to run from the rain, an empire tried to drown us & we simply learned how to float.

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Ramesh Srivastava
Ramesh Srivastava@RameshS77367553·
@Fintech03 Thanks for sharing this. I stayed at IIT, Kharagpur for about 4.5 years for masters and PhD but never saw his name anywhere. Great man
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Parimal
Parimal@Fintech03·
In 1918, inside a dimly lit basement lab at the University of Calcutta, a young chemist was staring at a beaker of salt water. He did not have high-precision spectrographs/million-dollar grants from the Royal Society. He was working in a city choked by colonial taxes, using hand-blown glass tubes & flickering lanterns. His name was Jnan Chandra Ghosh. The greatest minds in Europe, including the legendary physical chemist Peter Debye, had spent decades trying to write a mathematical formula that could predict how strong electrolytes (salts) conduct electricity in a solution, & they had all failed. Ghosh sat down with a slate, threw out the existing European laws of thermodynamics, & introduced a radical new concept: The Anomaly of Strong Electrolytes. When he published his eqns, the absolute titans of global science: Max Planck, Walther Nernst, & Bragg were so stunned by the sheer accuracy of this unknown Bengali's math that they officially named the phenomenon 'The Ghosh Law/Theory'. But as the decades rolled on, European textbooks quietly repackaged his eqns, slapped Western names onto the formulas, & turned Jnan Chandra into a ghost. In the 1910s, a single batch at the University of Calcutta produced a terrifying concentration of genius. Jnan Chandra Ghosh, Meghnad Saha, & Satyendra Nath Bose (of the Bose-Einstein Condensate) were all classmates & roommates. They literally shared textbooks & lived on puffed rice (muri) because they were too poor to afford proper meals. During World War II, the global powers were desperate for oil. Nazi Germany was surviving purely because their scientists had figured out how to turn raw coal into synthetic liquid fuel (petrol) using the Fischer-Tropsch process. The exact chemical mechanism, however, was a heavily guarded military secret. Working out of the Indian Institute of Science (IISc) in Bangalore, Jnan Chandra Ghosh cracked the Nazi secret completely independently. He developed highly advanced, indigenous multi-component catalysts that could convert low-grade Indian coal into high-grade aviation fuel at a fraction of the cost. The British administration immediately classified his research during the war. They used his data to fuel allied aircraft, but when the war ended, the patents were subtly absorbed into international oil consortiums. Instead of being hailed as the man who gave India energy independence, his blueprints were filed away in govt archives to rot.3 Most people think the Indian Institutes of Technology (IITs) were designed by American/British consultants brought in by Nehru. In 1950, Nehru realized India needed an elite engineering nerve center. He did not call a foreign architect; he called Jnan Chandra Ghosh. Ghosh was the founding Director (1950-1954) of the Eastern Higher Technical Institute, which became IIT Kharagpur (India’s 1st IIT) in 1951. He was the man who literally walked through the old, abandoned Hijli Detention Camp (a former British prison for freedom fighters) & decided to build the 1st IIT on top of those exact prison grounds as a symbol of intellectual liberation. He designed the entire curriculum, set up the labs, & hired the 1st faculty. The moment IIT Kharagpur was running flawlessly, Ghosh packed his single suitcase, refused to take any lifetime pensions/administrative accolades, & quietly walked out to become the Vice-Chancellor of Calcutta University. He built the platform for India's entire modern tech boom, then vanished from its history. Jnan Chandra Ghosh is the ultimate ghost because he chose to be the scaffolding, never the monument. He fixed the math that mapped the stars for Saha, he engineered the catalysts that broke the Nazi fuel monopoly, & he literally built the very 1st IIT out of an old British prison camp. He sat in the same classrooms as Satyendra Nath Bose & shared food with Meghnad Saha, but while their names became immortal, Jnan Chandra chose to remain the invisible concrete beneath the structure of modern Indian science. Every time an IIT grad secures a million-dollar tech job today, they are standing on a stage built by a man who did not even leave his name on the curtain.
Parimal tweet mediaParimal tweet mediaParimal tweet media
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Parimal@Fintech03·
The name sounds like an elite British country club brand, designed for lords hunting in the Scottish mist. But the truth is far more fierce. It was born in the suffocating, dripping darkness of a British prison cell, baptized in the fury of the Indian monsoon, & built by a family that refused to let an empire monopolize the sky. In the early 1910s, a brilliant 20 something Indian nationalist named Surendra Mohan Bose returned to Bengal. He was not an ordinary youth; he had traveled across the oceans, earning degrees in chemistry from Stanford & Berkeley. But instead of taking a lucrative job under the British Raj, he joined the underground Swadeshi movement. The British state quickly branded him a rebel. He was thrown into the bleak, damp cells of Hamirpur Jail. As the relentless monsoon battered the iron bars of his cell, Surendra watched a heartbreaking sight. Indian soldiers & postmen, forced to serve the colonial machine, were marching through torrential downpours with absolutely no protection. They were shivering, drenched to the bone, & coughing up blood from pneumonia. The British imported high-grade waterproof trench coats exclusively for European officers. To the Raj, Indian lives were cheaper than a yard of treated canvas. They had colonized the land, & now, they had monopolized the clouds. Behind those prison bars, listening to the thunder rattle his cell, Surendra swore a silent, burning oath: He would weaponize the rain. When he was finally released, Surendra did not have capital/a factory/blueprints. All he had was a chemist's brain & a fierce rage. In 1920, inside a cramped, suffocating outhouse on Nazar Ali Lane in South Calcutta, he huddled with his 3 brothers: Ajit, Jogendra, & Bishnupada. Their mission? To fuse raw rubber to cotton fabric to repel water. In the 1920s, working with raw rubber in the tropical heat of Bengal was a nightmare. The rubber would melt into a sticky, foul-smelling glue in July & crack like brittle glass in December. Day after day, the brothers inhaled toxic chemical fumes, blind-testing formulas on a makeshift boiling stove. Neighboring businesses mocked them. "The British have massive mills in Manchester," they sneered. "How can 4 Bengali boys in a shed stop the monsoon?" The brothers did not reply. They just stoked the fire. Finally, they perfected a secret, grueling vulcanization technique. They realized that if treated properly, water would roll off a human’s back exactly as it does from a duck’s oily feathers. They called it "The Duckback Process." In 1940, they formally incorporated as Bengal Waterproof Limited. They did not just sell rainwear; they slapped a defiant warning on every single box: "Entirely Indian... Indian capital, Indian labour, Indian materials, & Indian brain." When the 2nd World War broke out, the British military desperately needed waterproof gear for the jungle warfare in Burma. They looked around & realized the only factory capable of producing indestructible, tropical-grade waterproofs was Bengal Waterproof. The very empire that had jailed Surendra was now forced to beg his family for protection against the rain. For the next 50 yrs, Duckback became the literal armor of the Indian middle class. You could not navigate an Indian life w/o the distinct, heavy, comforting smell of a Duckback product. If your family went on a vacation on a steam-engine train, your mattress & pillows were rolled into a massive, rugged canvas Duckback Railway Holdall, strapped tight with thick leather belts. If a family member had a burning fever, a blue rubber Duckback ice-bag was placed on their forehead. & every June, millions of Indian children were packed off to school in heavy, dark-blue/Khaki Duckback raincoats with matching hoods. We walked to school looking like a marching army of shiny black beetles, completely impervious to the cloudbursts, smelling of industrial rubber and freedom. But as the 1990s bled into the 2000s, a silent tragedy struck. The Indian economy opened up. Cheap, feather-light, neon-colored nylon windbreakers & disposable plastic umbrellas from China flooded the streets. To a new generation, Duckback’s heavy, indestructible rubber looked archaic, clunky, & old-fashioned. The company slid into severe financial crisis, choked by debts. The pioneering Bose family eventually lost control of the empire they had built from a prison cell. Most iconic brands would have died there, buried in the graveyard of corporate history. But a brand born in a jail cell does not surrender to the passage of time. Duckback underwent a quiet, brilliant metamorphosis. They realized that while civilians wanted flimsy, colorful plastics, the protectors of the nation needed something that could survive hell. Today, reborn as Duckback India, the company has retreated from the flashy mall storefronts & gone deep into the shadows where it all began, the defense forces. Step into the high-altitude bases of Siachen/the secret naval docks of Vizag, & you will find Duckback. They are the ones manufacturing the pressurized G-suits for Indian Air Force fighter pilots, specialized submarine escape suits, & heavy-duty inflatable tactical boats for Navy commandos. They went back to the barracks to protect the soldiers Surendra Mohan Bose wept for a 100 yrs ago. Duckback did not survive because of foreign investment/Western machinery. It survived because 4 brothers were willing to inhale toxic fumes in a Calcutta shed, challenge the technological monopoly of the British Empire, & teach a colonized nation how to walk through a storm with their heads held high. The next time the sky turns the color of bruised iron & the power cuts out, listen closely to the rhythm of the raindrops hitting our window; for somewhere in the static of the storm, the phantom click of a vintage Duckback button is fastening itself, reminding us that long before we learned to run from the rain, an empire tried to drown us & we simply learned how to float.
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Parimal@Fintech03·
In 1922, inside a cramped, suffocatingly hot darkroom at the University College of Science in Calcutta, a young physicist was staring at a series of faint, black & white photographic plates. He did not have the expensive particle accelerators of Germany/the royal funding of Copenhagen. He was working with a primitive, hand-modified X-ray spectrometer. His name was Bidhubhusan Ray. The entire global physics community, led by Niels Bohr & Arnold Sommerfeld, was locked in a vicious intellectual war over the structure of the atom. They could map simple hydrogen, but the moment an atom grew complex, their mathematical models collapsed. Ray sat down under the dim light of a kerosene lamp, threw out the classical European geometric models, & looked at how X-rays scattered off locked electrons. He discovered a radical, unrecorded phenomenon: The Fine Structure of X-Ray Absorption Edges. When his papers reached Europe, the absolute titans of quantum mechanics were stunned. He had mapped the internal energy highway of heavy atoms from a basement in Bengal, but the Western machinery was already moving to erase his footprint. To understand the tragic level of Bidhubhusan Ray’s erasure, we have to look at the sheer density of genius he was surrounded by. He was not an outsider; he was a core pillar of the legendary 1910s Calcutta Physics Renaissance. BB Ray was the classmate, close confidant, & research partner of Satyendra Nath Bose & Meghnad Saha. While Bose tackled photons & Saha tackled stars, Ray chose to weaponize X-rays to pierce the veil of the atomic nucleus. He was the man who practically introduced advanced X-ray spectroscopy to the Indian subcontinent. He proved that when an X-ray hits an atom, the resulting scatter is not random; it follows a highly sophisticated, predictable quantum probability matrix that reveals the exact shell-structure of the atom's electrons. The most haunting aspect of Bidhubhusan Ray’s legacy is his invisible intersection with India’s only physics Nobel Prize. In the late 1920s, Sir C.V. Raman was working on the inelastic scattering of light (which would become the Raman Effect). Simultaneously, Bidhubhusan Ray was working on the exact same phenomenon, but in the ultra-high frequency spectrum of X-rays (inelastic scattering of X-rays). Ray published his findings on how X-rays lose energy when colliding with bound electrons, a phenomenon intricately tied to what is known globally today as the Compton Effect & Raman Scattering. Because Raman had the massive institutional backing of the Indian Association for the Cultivation of Science (IACS), Raman’s work with visible light achieved global immortality in 1930 (I am not discrediting Raman here). Ray’s parallel, deeply complex work on X-ray quantum scattering was quietly filed away as a local footnote by European journals, who preferred to credit Western physicists like Dirk Coster for similar electronic shell discoveries. Ray realized that if India relied on European corporations for high-precision scientific instruments, Indian research would always remain a slave to Western timelines. In 1934, Ray was appointed as the prestigious Khaira Professor of Physics at the University of Calcutta, succeeding some of the greatest minds of the era. He did not use his chair to travel the world giving luxury lectures. Instead, he turned his lab into a high-precision manufacturing workshop. He trained a rogue generation of Indian technicians to manually grind lenses, blow glass vacuum tubes, & calibrate indigenous spectrometers. He ensured that when the next gen of Indian nuclear physicists emerged, they had functioning lab hardware built right in Calcutta. Bidhubhusan Ray is the ultimate Bengali ghost because he is the silent connective tissue b/w the atom & the stars. He sat in the same classrooms as Satyendra Nath Bose, shared the same lab benches with Meghnad Saha, & cracked the quantum codes of X-rays when the empires of Europe thought India was nothing but an agrarian colony. He did not look for international titles/corporate patents/Western applause; he stayed in the sweltering heat of Calcutta, building the literal instruments that allowed Indian physics to breathe. He is a total phantom, a man whose eqns helped unlock the atomic age, but whose name was left to dissolve into the ink of forgotten Calcutta archives.
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Broad Wit🇮🇳
Broad Wit🇮🇳@BroadWit·
Wow! Just amazing.
Parimal@Fintech03

In 1918, inside a dimly lit basement lab at the University of Calcutta, a young chemist was staring at a beaker of salt water. He did not have high-precision spectrographs/million-dollar grants from the Royal Society. He was working in a city choked by colonial taxes, using hand-blown glass tubes & flickering lanterns. His name was Jnan Chandra Ghosh. The greatest minds in Europe, including the legendary physical chemist Peter Debye, had spent decades trying to write a mathematical formula that could predict how strong electrolytes (salts) conduct electricity in a solution, & they had all failed. Ghosh sat down with a slate, threw out the existing European laws of thermodynamics, & introduced a radical new concept: The Anomaly of Strong Electrolytes. When he published his eqns, the absolute titans of global science: Max Planck, Walther Nernst, & Bragg were so stunned by the sheer accuracy of this unknown Bengali's math that they officially named the phenomenon 'The Ghosh Law/Theory'. But as the decades rolled on, European textbooks quietly repackaged his eqns, slapped Western names onto the formulas, & turned Jnan Chandra into a ghost. In the 1910s, a single batch at the University of Calcutta produced a terrifying concentration of genius. Jnan Chandra Ghosh, Meghnad Saha, & Satyendra Nath Bose (of the Bose-Einstein Condensate) were all classmates & roommates. They literally shared textbooks & lived on puffed rice (muri) because they were too poor to afford proper meals. During World War II, the global powers were desperate for oil. Nazi Germany was surviving purely because their scientists had figured out how to turn raw coal into synthetic liquid fuel (petrol) using the Fischer-Tropsch process. The exact chemical mechanism, however, was a heavily guarded military secret. Working out of the Indian Institute of Science (IISc) in Bangalore, Jnan Chandra Ghosh cracked the Nazi secret completely independently. He developed highly advanced, indigenous multi-component catalysts that could convert low-grade Indian coal into high-grade aviation fuel at a fraction of the cost. The British administration immediately classified his research during the war. They used his data to fuel allied aircraft, but when the war ended, the patents were subtly absorbed into international oil consortiums. Instead of being hailed as the man who gave India energy independence, his blueprints were filed away in govt archives to rot.3 Most people think the Indian Institutes of Technology (IITs) were designed by American/British consultants brought in by Nehru. In 1950, Nehru realized India needed an elite engineering nerve center. He did not call a foreign architect; he called Jnan Chandra Ghosh. Ghosh was the founding Director (1950-1954) of the Eastern Higher Technical Institute, which became IIT Kharagpur (India’s 1st IIT) in 1951. He was the man who literally walked through the old, abandoned Hijli Detention Camp (a former British prison for freedom fighters) & decided to build the 1st IIT on top of those exact prison grounds as a symbol of intellectual liberation. He designed the entire curriculum, set up the labs, & hired the 1st faculty. The moment IIT Kharagpur was running flawlessly, Ghosh packed his single suitcase, refused to take any lifetime pensions/administrative accolades, & quietly walked out to become the Vice-Chancellor of Calcutta University. He built the platform for India's entire modern tech boom, then vanished from its history. Jnan Chandra Ghosh is the ultimate ghost because he chose to be the scaffolding, never the monument. He fixed the math that mapped the stars for Saha, he engineered the catalysts that broke the Nazi fuel monopoly, & he literally built the very 1st IIT out of an old British prison camp. He sat in the same classrooms as Satyendra Nath Bose & shared food with Meghnad Saha, but while their names became immortal, Jnan Chandra chose to remain the invisible concrete beneath the structure of modern Indian science. Every time an IIT grad secures a million-dollar tech job today, they are standing on a stage built by a man who did not even leave his name on the curtain.

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RapperPandit
RapperPandit@RapperPandit·
@Fintech03 Thanks Parimal ji .. but it is a Spoiler alert 😃.. being covered in upcoming Chapter 3 & 4
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Parimal@Fintech03·
Fantastic work again, bhaisaab! Fibonacci’s father was a customs official in Bugia (modern-day Algeria). Fibonacci grew up & was educated there, studying under Arab mathematicians. Where did the Arab mathematicians get their advanced number systems, zero, & combinatorics? Directly from translation movements of Sanskrit texts like those of Brahmagupta & Pingala. Because Western textbooks coined the term "Fibonacci Sequence" in the 19th century, the world assumes it had no name before that. Centuries before Fibonacci was even born, Indian mathematicians/polymaths like Pingala, Brahmagupta, Virahanka, Gopala & Hemachandra formalized the exact recursive formula: F(n) = F(n-1) + F(n-2) They called this geometric mountain of numbers Mātrāmeru (The Mountain of Beats). Hemachandra explicitly wrote down the rule: "The sum of the last & the 1 before the last is the number of the next meter." Calling it the Fibonacci sequence is the equivalent of inventing the smartphone, using it for a 1000 yrs, & then having someone else rename it after themselves because they used it to track a colony of hamsters.
RapperPandit@RapperPandit

🎥With Ishwar’s Grace,I feel blessed to present CHAPTER-2 : ‘Fibonacci Speaks’. You will feel immensely proud ❗️ Just one hope- May the Next generation become aware of India’s immense contribution to the World of Maths🍿1/3

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LS111
LS111@LakshmiSarangan·
@Fintech03 Firstly, thanks for enlightening us with this excellent info about Badri. Secondly, what’s even more impressive is Badri’s integrity to give due credit. The second order lesson in integrity is even more valuable than him being one of the brains behind cricinfo!
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Parimal@Fintech03·
In the mid-1990s, a young researcher from Cornell University sat down to write a business plan for an internet startup. He had absolutely zero corporate training, did not understand even 'A' of the accounting. His name was Badri Seshadri. Alongside a rogue collective of global cricket fans, he was trying to solve a desperate problem: how to get ball by ball sports data to immigrant students stranded in the West who were starved of radio commentary. They did not have high-speed cloud infra/massive server farms. Working out of cramped university dorms, they manually coded a primitive text-based scoring network. They did not just build a popular website; they accidentally invented the global blueprint for modern digital sports broadcasting, long before Silicon Valley/ESPN even knew what a live-stream was. When Cricinfo started in 1993-94, the World Wide Web was an empty landscape. The platform began as a completely decentralized project run by volunteers across different time zones. Badri Seshadri (BTech from IIT-M, PhD from Cornell) brought the raw, structural discipline of an engineer to this chaotic volunteer network. He realized that if cricket fans wanted real-time scores, they could not rely on slow, graphical web pages. They utilized IRC (Internet Relay Chat) & primitive server bots to sync text data across the world. A volunteer watching a TV screen in England/India would manually type a ball's outcome, & Badri’s backend logic would instantly broadcast that line of text to thousands of terminal screens across continents. By the late 1990s, the Dot-Com Boom went into absolute overdrive. Cricinfo had evolved from a passion project into a massive corporate entity attracting immense global capital. Investors suddenly threw unimaginable fortunes at internet startups. At its peak, the platform raised a massive funding round, & the team burned through ~$1M/month in an incredibly short span trying to scale operations globally. When the historic Dot-Com Bubble burst in 2000, tech companies vanished overnight. Cricinfo hit an incredibly rough patch. Of the original 5 co-founders, the corporate pressure & financial chaos caused almost all of them to splinter away. Badri was left virtually alone at the helm, steering a bleeding ship through a graveyard of dead internet startups. The ultimate proof of Badri's architecture was that the oldest institutions in cricket could not defeat his platform; they had to buy it to survive.The Defiance: For over a century, the British publication Wisden was considered the undisputed "Holy Book of Cricket." But Wisden's heavy print books were utterly obsolete compared to Badri's instantaneous digital archive. In 2003, realizing they were completely losing the digital war, the Wisden Group bought Cricinfo. A few yrs later, the global sports broadcasting colossus ESPN acquired it, turning Badri's scrappy dorm-room project into the core of their global digital sports empire (ESPNcricinfo). Most tech founders who sell their companies for millions stay in Silicon Valley to become VCs. Badri took his wealth & did something entirely counter-cultural. He moved right back to Chennai & co-founded New Horizon Media. Badri realized that while India had a massive hunger for knowledge, the mainstream publishing industry was failing to provide serious scientific & educational content in regional languages. Badri Seshadri is the ghost in the code of every single sports application on our phone today. He is the man who looked at a fraudulent financial spreadsheet, ignored the traditional corporate rules, & built a digital monument out of raw passion for a game. He could have spent his life sitting in ivory towers at Cornell/collecting massive checks in California. Instead, he chose to fight the dot-com crash, outmaneuver the British cricket establishment, & return to Chennai to write science textbooks for kids. He proved that an Indian mind does not need a Silicon Valley permission slip to alter global media forever.
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Badri Seshadri
Badri Seshadri@bseshadri·
@Fintech03 Hi Parimal, I am not saying you were misleading. That was not my intention. I wanted the readers to understand that Simon King deserves the primary recognition. The rest of us come only after him.
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CrazyWorld
CrazyWorld@Symmetric_4·
@Fintech03 You have beautiful narration skills. Though I knew VICCO story, I couldn't help but to read again. Thanks for sharing. If I am not wrong Pandit Narendra Sharma write their jingles.VICCO products are very popular in Europe.
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Parimal@Fintech03·
The name sounds British, but it is actually a purely Indian acronym. In 1952, a 55 yr old grocery store owner from Nagpur named Keshav Vishnu Pendharkar decided to shut down his shop, pack up his family of 10 children, & move to Bombay. He wanted to create a chemical-free, swadeshi alternative to the foreign cosmetic brands that were ruling post-independence India. He started his business in a tiny, cramped godown in Parel, Bombay. He named his company after his father: Vishnu Industrial Chemical Company. V-I-C-C-O. There was no British Lord or foreign laboratory. It was just a middle-aged Marathi man & his sons working out of a shed with a dream to revive ancient texts. Keshav Pendharkar’s brother-in-law held a basic degree in Ayurveda. Together, they huddled over ancient scripts & formulated a tooth-cleaning powder made from 20 rare herbs & barks (including Babool, Bakul, & Neem).They called it Vajradanti. In the 1950s, urban Indians were rapidly switching to chemical, white, sweet-tasting toothpastes imported by MNCs like Colgate. When the Pendharkers tried to sell a brown, astringent Ayurvedic powder, shopkeepers laughed them out of their stores. Keshav & his sons refused to surrender. They literally walked the streets of Bombay, going door to door to hand out samples, educating people on how chemical foam was destroying their gums, & manually building their empire 1 household at a time. In 1971, Keshav passed away, & his son, Gajanan Pendharkar, took over. Gajanan looked at the skincare market & saw it was utterly dominated by colonial-legacy snow creams like Afghan Snow, Pond's, & Nivea. All of them were stark white. Gajanan decided to launch a face cream containing Turmeric (Haldi) & Sandalwood oil. When the product launched, shopkeepers panicked. They screamed, "Baap re! If women put this on their faces, it will turn them yellow!" Nobody wanted to buy a yellow cream because the world had been conditioned to believe that beauty products had to be white. The Pendharkars weaponized the traditional Indian wedding ritual of Haldi-Chandan. They sent salesmen into the markets armed with handheld mirrors. The salesmen would manually apply the cream onto the shopkeepers' faces right then & there to prove it absorbed completely into a vanishing base, leaving a glow w/o any yellow stains. If you remember the iconic jingle: "Vicco Turmeric, Nahi Cosmetic, Vicco Turmeric Ayurvedic Cream"... you should know that those words were not just a clever marketing tagline. They were a battle cry born from a massive legal warfare. In 1975, the Central Excise Department of India dropped a bombshell on Vicco. They insisted on classifying Vicco Turmeric & Vajradanti as "Cosmetics." If classified as cosmetics, the govt could levy a crippling 105% luxury tax on the products, which would have priced Vicco completely out of the market & forced them into bankruptcy. The Pendharkars refused to pay. They argued that their products were manufactured under a formal Drug License & were Ayurvedic Medicines (Drugs), which attracted significantly lower taxes. This was not a minor dispute; it turned into a historic, grueling 25 yr legal battle. The case climbed all the way up to the Supreme Court of India. While battling global giants in the market, the family spent their resources fighting their own govt in courtrooms for ~3 decades. Finally, in the 2000s, the Supreme Court ruled in favor of Vicco, legally decreeing that their products were indeed medicinal, cementing the truth of their tagline forever. How did a homegrown brand from a Parel godown become globally famous? Through sheer marketing brilliance before the internet existed. In the 1980s, South Asian immigrants abroad were obsessed with watching Bollywood movies on rented VHS video cassettes. Gajanan Pendharkar realized this & started buying ad space directly inside the video cassettes distributed globally. Long before foreign networks recognized Indian brands, families in the US, UK, & Middle East were singing along to the Vajradanti jingle before their favorite movie started. Despite controlling a multi-million dollar empire, the house had only 1 giant mega-kitchen. Every single meal was cooked in massive industrial-sized pots, & the entire family sat on the floor together to eat. Gajanan believed that if the family broke bread separately, the business would fracture into pieces. In the early decades, the sons & grandsons who worked for Vicco did not get individual corporate salaries/luxury allowances. The company took care of all household expenses centrally. If a family member needed a car/a dress/a medical trip, it was cleared by the family elders, ensuring that personal greed could never overtake the company's mission. Vicco did not survive because it was backed by British capital/Western tech. It survived because an Indian family was willing to go door to door with brown tooth powder, rub yellow cream onto skeptical faces, & spend 25 yrs in court defending the scientific validity of Ayurveda. The name might sound like a colonial legacy, but the blood inside the tube is Sampoorna Swadeshi.
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Parimal@Fintech03·
@bseshadri Apologies, Sir. My research has only been focused on Indian brains, & I would never intentionally put out anything misleading. Apologies once again 🙏
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Badri Seshadri
Badri Seshadri@bseshadri·
@Fintech03 Hi, main brain behind Cricinfo is Dr Simon King. There were many many others. My role was limited. I stayed on longer. That is all.
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रमेश मेन्दोला
आप अद्भुत काम कर रहे हो,स्तुति योग्य । बस एक आग्रह है। कृपया हिंदी में भी लिखिए। आपकी हर पोस्ट वैज्ञानिक चेतना जगाती है पर हमें सिर्फ अंग्रेजी बोलने वाले लोगों में नहीं बल्कि देश के असंख्य हिंदी भाषी समाज में भी वैज्ञानिक चेतना और आत्मविश्वास जगाना है।अपनी क्षमता का एहसास करवाना है।
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Parimal@Fintech03·
How a Polymath Built India’s 1st Computer from Scrap Metal & Shocked the Cold War Superpowers. In 1949, a brilliant young mind from Calcutta walked through the corridors of the Institute for Advanced Study in Princeton under a UNESCO fellowship. He was not just sitting in the back of lecture halls; he was engaging in deep, lengthy mathematical discussions with Albert Einstein, attending atomic physics lectures by Niels Bohr, & rubbing shoulders with Robert Oppenheimer. But while his peers chose to stay in the luxurious, cutting-edge labs of the West, Samarendra Kumar Mitra packed his notes & returned to a young, impoverished India. He walked into the Indian Statistical Institute (ISI) in Calcutta, took over a tiny, empty room with a single part-time technician, & decided that if India wanted to join the atomic age, it would have to build its own brain. Mitra did not come from nowhere, but his family's intellect was heavily rooted in standard colonial systems, a mold he shattered completely. His father was Sir Rupendra Coomar Mitter, a legendary academic powerhouse who scored double gold medals from the University of Calcutta (1 in Mathematics, 1 in Law). He eventually became the Chief Justice (Acting) of the Calcutta High Court during the independence of India in 1947. While his family legacy pointed directly toward a clean, safe career in law/standard mathematics, Samarendra was an insatiable polymath. He refused to pick a single lane. He earned 2 separate Master’s degrees: 1 in Chemistry & another in Applied Mathematics. He then immediately began working on complex air-driven ultracentrifuges at the Palit Research Lab. When Prof Prasanta Chandra Mahalanobis met Mitra in England, he realized this was the man who could build India's calculating future. In 1950, Mitra founded the Electronic Computer Laboratory at ISI Calcutta. He was given almost no ready-made components. In 1953-54, designing every piece under his direct personal supervision & built alongside a technician named Ashish Kumar Maity, Mitra constructed India's 1st indigenous electronic analog computer. This was not a commercial machine. It was a massive wall of custom electronics designed specifically to solve simultaneous linear eqns with 10 variables using a highly modified version of Gauss–Seidel iteration. When Prime Minister Nehru visited ISI, Mitra booted up the machine to show him that India no longer needed to wait for Western shipments to calculate structural/engineering/economic data. Mitra was pursuing his formal PhD in Physics under the legendary Meghnad Saha (the man who gave the world the Thermal Ionization Equation). In 1956, Meghnad Saha died suddenly of a heart attack on his way to a meeting. A devastated Mitra, out of sheer devotion & grief for his fallen mentor, refused to submit his doctoral thesis to any other prof/university. He walked away from the title of "Dr." entirely by choice, choosing to remain a quiet prof & researcher w/o the formal vanity of the degree, letting his machines speak for his intellect instead. He did not just stop at analog. When the world shifted to digital, Mitra led the charge. In 1955, as a UNTAA Adviser on Computing in Moscow, Mitra managed to pull off a massive diplomatic & technical heist. He secured technical aid amounting to Rs. 1 Crore from the USSR to bring computing components to India. In 1963, Mitra spearheaded a joint collaboration b/w ISI & Jadavpur University. Under his direct leadership, they bypassed the 1st gen vacuum tube systems entirely & built the ISIJU-1 in 1964, India’s 1st 2nd-gen, fully transistor-driven digital computer. Samarendra Kumar Mitra is the ultimate ghost because he chose the shadows. He sat with Einstein, argued with Oppenheimer, & could have held any chair in America. Instead, he chose a sweltering room in Calcutta, gave up his own PhD out of respect for a dead mentor, & manually soldered the wires of India's 1st digital dawn. Every tech park in Bangalore, every lines of code written by an Indian engineer, sits on top of a foundation poured by a man who did not even care to put 'Dr.' before his name.
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ritika bhandari
ritika bhandari@urwithRitzy·
@Fintech03 No no...I know...I was just kidding....who can forget the iconic Dr Parimal Tripathi😊 All the best
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Parimal@Fintech03·
@urwithRitzy Parimal means fragrance, Ma'am… I am just the 1 who carries it a little further, the scent that rose somewhere else, from lives the world chose not to remember.
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ritika bhandari
ritika bhandari@urwithRitzy·
@Fintech03 For a sec I thought PARIMAL does not sound British and then I realised you were talking about VICCO
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Amit Paranjape
Amit Paranjape@aparanjape·
The story of Keshav Vishnu Pendharkar (the founder) and 'Vicco Laboratories'. Did you know the origin of the name? It stands for 'Vishnu Industrial Chemical Company'. viccolabs.com/pages/about-us
Parimal@Fintech03

The name sounds British, but it is actually a purely Indian acronym. In 1952, a 55 yr old grocery store owner from Nagpur named Keshav Vishnu Pendharkar decided to shut down his shop, pack up his family of 10 children, & move to Bombay. He wanted to create a chemical-free, swadeshi alternative to the foreign cosmetic brands that were ruling post-independence India. He started his business in a tiny, cramped godown in Parel, Bombay. He named his company after his father: Vishnu Industrial Chemical Company. V-I-C-C-O. There was no British Lord or foreign laboratory. It was just a middle-aged Marathi man & his sons working out of a shed with a dream to revive ancient texts. Keshav Pendharkar’s brother-in-law held a basic degree in Ayurveda. Together, they huddled over ancient scripts & formulated a tooth-cleaning powder made from 20 rare herbs & barks (including Babool, Bakul, & Neem).They called it Vajradanti. In the 1950s, urban Indians were rapidly switching to chemical, white, sweet-tasting toothpastes imported by MNCs like Colgate. When the Pendharkers tried to sell a brown, astringent Ayurvedic powder, shopkeepers laughed them out of their stores. Keshav & his sons refused to surrender. They literally walked the streets of Bombay, going door to door to hand out samples, educating people on how chemical foam was destroying their gums, & manually building their empire 1 household at a time. In 1971, Keshav passed away, & his son, Gajanan Pendharkar, took over. Gajanan looked at the skincare market & saw it was utterly dominated by colonial-legacy snow creams like Afghan Snow, Pond's, & Nivea. All of them were stark white. Gajanan decided to launch a face cream containing Turmeric (Haldi) & Sandalwood oil. When the product launched, shopkeepers panicked. They screamed, "Baap re! If women put this on their faces, it will turn them yellow!" Nobody wanted to buy a yellow cream because the world had been conditioned to believe that beauty products had to be white. The Pendharkars weaponized the traditional Indian wedding ritual of Haldi-Chandan. They sent salesmen into the markets armed with handheld mirrors. The salesmen would manually apply the cream onto the shopkeepers' faces right then & there to prove it absorbed completely into a vanishing base, leaving a glow w/o any yellow stains. If you remember the iconic jingle: "Vicco Turmeric, Nahi Cosmetic, Vicco Turmeric Ayurvedic Cream"... you should know that those words were not just a clever marketing tagline. They were a battle cry born from a massive legal warfare. In 1975, the Central Excise Department of India dropped a bombshell on Vicco. They insisted on classifying Vicco Turmeric & Vajradanti as "Cosmetics." If classified as cosmetics, the govt could levy a crippling 105% luxury tax on the products, which would have priced Vicco completely out of the market & forced them into bankruptcy. The Pendharkars refused to pay. They argued that their products were manufactured under a formal Drug License & were Ayurvedic Medicines (Drugs), which attracted significantly lower taxes. This was not a minor dispute; it turned into a historic, grueling 25 yr legal battle. The case climbed all the way up to the Supreme Court of India. While battling global giants in the market, the family spent their resources fighting their own govt in courtrooms for ~3 decades. Finally, in the 2000s, the Supreme Court ruled in favor of Vicco, legally decreeing that their products were indeed medicinal, cementing the truth of their tagline forever. How did a homegrown brand from a Parel godown become globally famous? Through sheer marketing brilliance before the internet existed. In the 1980s, South Asian immigrants abroad were obsessed with watching Bollywood movies on rented VHS video cassettes. Gajanan Pendharkar realized this & started buying ad space directly inside the video cassettes distributed globally. Long before foreign networks recognized Indian brands, families in the US, UK, & Middle East were singing along to the Vajradanti jingle before their favorite movie started. Despite controlling a multi-million dollar empire, the house had only 1 giant mega-kitchen. Every single meal was cooked in massive industrial-sized pots, & the entire family sat on the floor together to eat. Gajanan believed that if the family broke bread separately, the business would fracture into pieces. In the early decades, the sons & grandsons who worked for Vicco did not get individual corporate salaries/luxury allowances. The company took care of all household expenses centrally. If a family member needed a car/a dress/a medical trip, it was cleared by the family elders, ensuring that personal greed could never overtake the company's mission. Vicco did not survive because it was backed by British capital/Western tech. It survived because an Indian family was willing to go door to door with brown tooth powder, rub yellow cream onto skeptical faces, & spend 25 yrs in court defending the scientific validity of Ayurveda. The name might sound like a colonial legacy, but the blood inside the tube is Sampoorna Swadeshi.

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Parimal@Fintech03·
In 1907, the summer sun over Ahmedabad was a brutal reminder of colonial hierarchy. While the British elite cooled themselves with imported ice & expensive English custards, a man named Vadilal Gandhi stood in a dusty corner of the city with a wooden barrel & a heavy iron handle. He was not just churning milk; he was hand-cranking a revolution that would eventually feed a billion people. Vadilal did not start with a factory; he started with a Kothi: a primitive, hand-operated ice cream churner. In the early 1900s, ice was a rare commodity, often brought by train from the mountains/manufactured in tiny quantities for the British. Imagine Vadilal in the pre-dawn heat, packing a metal canister with milk, sugar, & hand-picked fruits. He would surround the canister with a mixture of coarse salt & crushed ice. The salt lowered the freezing point of the ice, allowing the cream to solidify. For 4-6 hrs, Vadilal’s arms would move in a rhythmic, agonizing circle, churning the mixture until it became the smooth, frozen silk we know today. In those days, European ice cream recipes almost always used eggs as a stabilizer. Vadilal knew his audience. He realized that for ice cream to become a true Indian staple, it had to be 100% vegetarian. He experimented with natural thickeners & high-quality dairy to replicate the English texture w/o violating Indian sentiments. He turned a foreign dessert into a pure Indian celebration. By the 1920s, Vadilal’s fame had grown. He opened a small soda fountain in Ahmedabad. Picture a bustling street in the 1930s. Amidst the cries for Swaraj, people from all walks of life, from laborers to local leaders would gather at Vadilal’s. It became a neutral ground. For the price of a few annas, an Indian could sit in a clean, modern shop & enjoy a luxury that was previously reserved for the Gymkhana Clubs he was not allowed to enter. When he scaled, Vadilal faced a massive problem: how do you deliver ice cream in a country with no electricity & 40°C heat? He pioneered the use of insulated wooden boxes & specialized thermocol-lined containers. He created a human relay system. Young men on bicycles would race from the central shop to distant weddings, the containers packed with extra salt-ice to buy them precious minutes. If the bicycle chain broke, the profit vanished. Every delivery was a high-speed battle against thermodynamics. Vadilal eventually passed the handle to his son, Ranchodlal Gandhi. While the father used his hands, the son brought in the 1st electric churners in the late 1920s. They expanded from 1 shop to a fleet of carts, ensuring that the brand Vadilal became synonymous with the very concept of ice cream in Western India. Vadilal Gandhi never saw the giant automated factories that today bear his name. He did not need to. He knew that the secret to a great nation & a great ice cream was the same: it required a steady hand, a pure heart, & the refusal to let the heat of oppression melt your resolve. He started with a wooden barrel; he ended by freezing a piece of the Indian summer for eternity.
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